A 3-m deep temperature probe was installed at the campus of Indian Institute of Management, Ahmedabad in August, 1999. Probe has five resistance type device PT 100 sensors, mounted at 1-m interval. It was put in to the ground up to depth of 3-m. First sensor is at 3-m depth, second at 2-m depth, third at 1-m depth, fourth just 2 cm below the surface and the fifth 1-m above ground. Temperatures from all the sensors were noted one day on each month for a year. Readings were noted at hourly interval. In this paper, the results are presented. Motivation for this work was the need to know the diurnal and seasonal variation of temperature in deeper layers of soil in order to determine the level suitable for installation of earth tube heat exchang...
Conductive heat transport of temperature signals into the subsurface is a central assumption of grou...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95182/1/jgrb13727.pd
The purpose of this resource is to introduct details on how to use digital soil thermometers. A digi...
A 3-m deep temperature probe was installed at the campus of Indian Institute of Management, Ahmedaba...
The earth temperature beyond a depth of 1 meter is usually insensitive to the diurnal cycle of air t...
This write-up describes the development and some applications of earth tube heat exchangers in Gujar...
Diurnal temperature profiles of Jodhpur soil in relation to depth on a few selected days of four dif...
The purpose of this resource is to measure near-surface soil temperatures. Students measure soil tem...
Soil temperature is an important factor in biogeochemical processes. On-site monitoring of soil temp...
199-206An attempt has been made to study the thermal properties of soil at five different sites, nam...
This study discusses variation of soil temperature with depth using mathematical models at Ataoja Sc...
Information on ground temperatures is necessary for many construction projects. These include the c...
Not AvailableSoil temperature is an important factor in biogeochemical processes. On-site monitoring...
copyrighted by American Geophysical UnionTemporal variations in surface ground temperature impart a ...
International audiencePrediction of soil thermal regime is still a difficult task for design of grou...
Conductive heat transport of temperature signals into the subsurface is a central assumption of grou...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95182/1/jgrb13727.pd
The purpose of this resource is to introduct details on how to use digital soil thermometers. A digi...
A 3-m deep temperature probe was installed at the campus of Indian Institute of Management, Ahmedaba...
The earth temperature beyond a depth of 1 meter is usually insensitive to the diurnal cycle of air t...
This write-up describes the development and some applications of earth tube heat exchangers in Gujar...
Diurnal temperature profiles of Jodhpur soil in relation to depth on a few selected days of four dif...
The purpose of this resource is to measure near-surface soil temperatures. Students measure soil tem...
Soil temperature is an important factor in biogeochemical processes. On-site monitoring of soil temp...
199-206An attempt has been made to study the thermal properties of soil at five different sites, nam...
This study discusses variation of soil temperature with depth using mathematical models at Ataoja Sc...
Information on ground temperatures is necessary for many construction projects. These include the c...
Not AvailableSoil temperature is an important factor in biogeochemical processes. On-site monitoring...
copyrighted by American Geophysical UnionTemporal variations in surface ground temperature impart a ...
International audiencePrediction of soil thermal regime is still a difficult task for design of grou...
Conductive heat transport of temperature signals into the subsurface is a central assumption of grou...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95182/1/jgrb13727.pd
The purpose of this resource is to introduct details on how to use digital soil thermometers. A digi...